μMACS Protein G MicroBeads

产品编号：130-071-101 品牌：MACS美天旎原厂货号：130-071-101
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包装：

运保温度:

Store MicroBeads protected from light at 2–8 °C.

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描述：

The µMACS and MultiMACS Protein A/G Kits facilitate rapid analytical scale immunoprecipitation (IP)2, Co-IP1, or chromatin immunoprecipitation (ChIP)8,10,20 of proteins and their interaction partners from cell lysates. They can be used in combination with antibodies or serum specific for the target protein of choice.
The µMACS and MultiMACS Protein A/G Kits contain colloidal super-paramagnetic MicroBeads, which are conjugated to Protein A/G, respectively. The non-sedimenting Protein A/G MicroBeads ensure rapid reaction kinetics enabling the formation of the labeled immune complex in only 30 minutes. Compared to standard protocols, on-column IPs result in reduced non-specific background binding and less protein dissociation from the complex. Moreover, laborious centrifugation or buffer removal steps can be avoided.

原厂资料：

The µMACS and MultiMACS Protein A/G Kits facilitate rapid analytical scale immunoprecipitation (IP)2, Co-IP1, or chromatin immunoprecipitation (ChIP)8,10,20 of proteins and their interaction partners from cell lysates. They can be used in combination with antibodies or serum specific for the target protein of choice.
The µMACS and MultiMACS Protein A/G Kits contain colloidal super-paramagnetic MicroBeads, which are conjugated to Protein A/G, respectively. The non-sedimenting Protein A/G MicroBeads ensure rapid reaction kinetics enabling the formation of the labeled immune complex in only 30 minutes. Compared to standard protocols, on-column IPs result in reduced non-specific background binding and less protein dissociation from the complex. Moreover, laborious centrifugation or buffer removal steps can be avoided.

注意事项：

Reagents contain sodium azide. Sodium azide yields hydrazoic acid under acid conditions,which is extremely toxic. Azide compounds should be diluted with running water before discarded. These precautions are recommended to avoid deposits in plumbing where explosive conditions may develop.